Agricultural automation system with field robot

• US 20080046130A1
• Filed: 08/03/2006
• Published: 02/21/2008
• Est. Priority Date: 08/03/2006
• Status: Abandoned Application

• Current Assignee: Deere & Company
• Original Assignee: Deere & Company
• Inventors: Stelford, Mark William, Anderson, Noel Wayne, Faivre, Stephen Michael
• Application Number:
  US11/498,392
• Publication Number:
  US 20080046130A1
• Time in Patent Office: Days
• US Class Current: 700/284
• CPC Class Codes: A01B 79/005 Precision agriculture
• CPC Class Codes: A01G 25/092 movable around a pivot centre

Abstract

An agricultural automation system for use in an agricultural area includes an implement caddy carrying a plurality of implements, an elongate transport structure, and a field robot movable along the elongate transport structure. The field robot includes an arm movable in at least one direction different from the movement along the elongate transport structure. The field robot interfaces with the implement caddy for coupling the arm with at least one selected implement, such as a tool or sensor.

Claims

1. An agricultural automation system for use in an agricultural area, comprising:

an elongate transport structure; and

a field robot movable along said elongate transport structure, said field robot being movable in at least one direction different from said movement along said elongate transport structure, said field robot including at least one implement carried thereby.

2. The agricultural automation system of claim 1, wherein said implement includes at least one of a tool and a sensor.

3. The agricultural automation system of claim 2, wherein said field robot includes at least one movable arm, and said implement is detachably coupled with one said arm.

4. The agricultural automation system of claim 2, wherein said implement includes at least one tool, each said tool being one of:

a soil probe;

a plant sampler; and

a clamp on plant pressure sensor.

5. The agricultural automation system of claim 2, wherein said implement includes at least one sensor, each said sensor being one of:

a crop sensor;

a soil sensor;

a weather sensor;

an imaging device; and

a plant bio-sensor.

6. The agricultural automation system of claim 1, including a stationary implement caddy carrying a plurality of said implements, said field robot interfacing with said implement caddy for coupling with at least one selected said implement.

7. The agricultural automation system of claim 1, wherein said field robot includes at least one of a wireless data communication link and a non-volatile memory.

8. The agricultural automation system of claim 1, wherein said field robot includes a wireless data communication link.

9. The agricultural automation system of claim 8, including a remote electrical processor communicating with said wireless data communication link.

10. The agricultural automation system of claim 8, wherein said wireless data communication link provides information associated with at least one said implement regarding at least one of soil conditions, crop health, insect damage to said crop, disease identification, atmospheric information, canopy temperature and effectiveness of chemical applications to said crop.

11. The agricultural automation system of claim 1, wherein said elongate transport structure forms part of one of an agricultural irrigation system and a plant support trellis.

12. The agricultural automation system of claim 1, including an agricultural irrigation system, said elongate transport structure carried by said irrigation system.

13. The agricultural automation system of claim 12, wherein said irrigation system comprises a center pivot irrigation system.

14. The agricultural automation system of claim 12, wherein said elongate transport structure comprises one of a track and a cable.

15. The agricultural automation system of claim 1, wherein said elongate transport structure is positioned in association with a crop canopy.

16. The agricultural automation system of claim 15, wherein said elongate transport structure is positioned above said crop canopy.

17. An agricultural automation system for use in an agricultural area, comprising:

an implement caddy carrying a plurality of implements,

an elongate transport structure; and

a field robot movable along said elongate transport structure, said field robot including an arm movable in at least one direction different from said movement along said elongate transport structure, said field robot interfacing with said implement caddy for coupling said arm with at least one selected said implement.

18. The agricultural automation system of claim 17, wherein said implement includes at least one of a tool and a sensor.

19. The agricultural automation system of claim 18, wherein said implement includes at least one tool, each said tool being one of:

a soil probe;

a plant sampler; and

a clamp on plant pressure sensor.

20. The agricultural automation system of claim 18, wherein said implement includes at least one sensor, each said sensor being one of:

a crop sensor;

a soil sensor;

a weather sensor;

an imaging device; and

a plant bio-sensor.

21. The agricultural automation system of claim 17, wherein said field robot includes a wireless data communication link.

22. The agricultural automation system of claim 21, including a remote electrical processor communicating with said wireless data communication link.

23. The agricultural automation system of claim 17, wherein said elongate transport structure forms part of one of an agricultural irrigation system and a plant support trellis.

24. A method of operating an agricultural automation system, comprising the steps of:

moving a field robot along an elongate transport structure in an agricultural area;

moving an implement carried by said field robot in at least one direction different from said movement along said elongate transport structure; and

performing an agricultural operation with said implement.

25. The method of operating an agricultural automation system of claim 24, wherein said implement comprises one of a tool and a sensor, and said agricultural operation comprises one of a work operation with said tool, and a sensing operation with said sensor.

26. The method of operating an agricultural automation system of claim 24, including the step of transmitting data from a wireless data communication link onboard said field robot to a remote electrical processor.